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wastewater treatment
Machine Learning Optimization Enables High-Accuracy Biochar Preparation and Cadmium Removal Achieving Under Seventeen Percent Experimental Prediction Error
Biochar Composite Achieves Peak Lead Removal Capacity of 398.4 Milligrams Per Gram
Invasive Weed Biochar Boosts Oat Fodder Yield by 8 Percent and Increases Mine Spoil Carbon Stock by 91 Percent
Advanced MXene-Biochar Hybrids Boost Visible Light Wastewater Remediation Efficiency
Biochar Addition Boosts Anammox Nitrogen Removal Efficiency Up to 34.6 Percent Through Extracellular Electron Transfer
Chemically Activated Corn Biochar Achieves High Dyes Removal Capacities
Engineered Biochar Achieves Ninety-Nine Percent Lead and Eighty-Eight Percent Chromium Removal in Wastewater
Bamboo Carbon Reaches 903.7 Square Meters Per Gram Surface Area and Captures 80.68 Percent of Aquatic Contaminants
Amine-Functionalized Biochar Achieves Record 589 Milligrams Per Gram Microplastic Adsorption Capacity in Aquatic Remediation
Modified Biochar Achieves 161.91 mg/g Capacity for Water Antibiotic Removal
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